1,500+ Results for Automotive Fuses, Breakers & Fuse Boxes - Page 20
Key Features:
- Item: Push-to-Trip Circuit Breaker,60A
Key Features:
- Item: Toggle Switch,12V
Key Features:
- Application: Automotive
- Material: Glass
- Type: Electrical Fuse
Key Features:
- Item: Switch Panel,8 Function,Programmable
Key Features:
- Item: Circuit Breaker
- Number of Connections: 2
- Number of Terminals: 4
Key Features:
- Item: Automotive Switch
- Contact Form: SPST
- Number of Connections: 3
Key Features:
- Item: Automotive Switch
- Contact Form: DPST
- Number of Connections: 6
Key Features:
- Item: Circuit Breaker, Univ. Plug-In, 30 Amp
Key Features:
- Item: Automotive Switch
- Contact Form: SPST
- Number of Connections: 2
Key Features:
- Item: Toggle Switch,On/Off,Glow,Blue,20A
Key Features:
- Item: Rocker Switch,3 Blade,Yellow,30A,1/2"
Key Features:
- Item: Toggle Switch,On/Off,Glow,Red,20A
Key Features:
- Item: Automotive Flasher
- Flash Rate Per Minute: 1 to12
- Voltage Rating: 11-15V DC
Key Features:
- Item: Circuit Breaker, Mini, Type II, 20A
Key Features:
- Item: Circuit Breaker,Thermal,100 Amp
Key Features:
- Item: Automotive Switch
- Switch Function: Momentary On/Off
- Actuator Color: Red
Key Features:
- Item: Circuit Breaker, Mini, Type II, 25A
Key Features:
- Item: Circuit Breaker, Univ. Plug-In, 40 Amp
About Automotive Fuses, Breakers & Fuse Boxes
Automotive Fuses, Breakers & Fuse Boxes are essential electrical components designed to safeguard your vehicle's wiring and electrical parts from damage due to excess current. These protective elements come in various forms tailored for specific tasks - from low voltage applications requiring 12-volt automotive fuses to high voltage uses needing car breaker boxes or circuit breaker fuses. They may also boast unique features like special compounds or technologies that enhance their lifespan and provide extra protection. Composed of robust metal alloys capable of withstanding high temperatures, these units typically feature copper or brass contacts plated with tin or silver for optimal conductivity, along with ceramic insulation to minimize arcing between contacts. Their usage is widespread across numerous industries – from manufacturing plants protecting equipment against power surges, auto mechanics conducting routine maintenance procedures, to automobiles themselves where they secure sensitive electronic components such as airbags.